Abstract
Exponential growth in population associated with changing lifestyle patterns
and industrial upheaval has led to the degradation of the most valuable renewable
resource i.e. water. Contamination of water bodies of varying sizes across the world
has resulted in mass-scale deterioration of health and environmental adversaries.
Uninhibited disposal of domestic, municipal and industrial effluents onto water bodies
has severely impacted the flora and fauna, in turn affecting human health globally. If
unchecked, this would lead to an unmitigated disaster, which would be detrimental to
the very existence of humans on the planet. Wastewater remediation, therefore, is of
paramount importance to safeguard water bodies and prevent them from excessive
pollution. To that end, novel, sustainable technologies for elevated nutrient removal
from wastewater are the need of the hour. Bioremediation of wastewater is one of the
most prolific and novel approaches directed towards the efficient elimination of
contaminants coupled with their subsequent conversion into value-added products.
Over the last few decades, microbial treatment processes have gained increasing
momentum due to their ease and high efficiency compared to conventional treatment
technologies. The chapter provides a detailed overview of various biological
wastewater treatment methodologies such as bacterial, fungal, microalgal and
microalgae-bacteria consortium-mediated bioremediation.
Keywords: Bioremediation, Bottlenecks, Microalgae-bacteria consortium, Mycoremediation, Wastewater treatment.